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Home > Ophthalmic EquipmentsFundus camera > MIC-BERB fundus photography


Specifications:

Display model

Separated

Optical quality

Standard

Field of view

Maximum 53°

NO pupil scatter photographing

support

Minimum pupil diameter

3.3mm

Color digital collector

12M pixel

Black and white collector

1300 line

Radiography method

Flash radiography

 

Dynamic radiography videoing

Observation illumination

Infrared light

Refraction compensation range

±15D

Outside fixed viewing target

Single point fixed viewing target

Five points fixed viewing target

Optional

Nine points fixed viewing target

Optional

Auxiliary para-position

Double point auxiliary focusing 

Focusing method

Manual

Exposure method

Manual

Medical internet

Dicom 3.0 interface

Second display screen

Optional

Eye position recognition

Automatic

Optical incline angle

Horizontal ±30°

Vertical ±12.5°

Working distance

42mm±2mm

Operation stage

Standard


Minimum pupil photograph diameter3.3mm

More patients can be checked

Applicable for ophthalmology section use,

physical examination, diabetes patients fundus check.

Inner fixed digital collector  Offer12Mpixel high definition color fundus image

High resolution radiography image

Can clearly view Macular arch ring and other Small vessels tiny nidus, good for laser treatment.

 

Field of view single picture can reach maximum 53°

Assure precise fundus checking, avoiding missed diagnosis ratio, elevating checking ratio

Double radiography model

1. Flash radiography, infrared light observation, flash illumination, not dazzling for patients with good cooperation

2. Continuous dynamic radiography, can record early full-fill process

Double point auxiliary focusing 

Easy Eye position recognition, you just need to make the two light spots in the screen to the maximum.

 

Optical incline with inner, exterior fixed viewing target, can photographing 180°fundus

Optical incline angle  Horizontal ±30°  Vertical ±12.5°

Newly designed five points, nine points inner fixed viewing target, guiding the eye movement, shooting from all angle